What is the nuclear decay equation for Chlorine-36?

The nuclear decay equation for Chlorine-36 ((^{36}\text{Cl})) primarily involves beta decay, where it transforms into Argon-36 ((^{36}\text{Ar})). The equation can be represented as:

[ ^{36}{17}\text{Cl} \rightarrow ^{36}{18}\text{Ar} + \beta^- + \overline{\nu} ]

In this decay, a neutron in the Chlorine nucleus is converted into a proton, emitting a beta particle ((\beta^-)) and an antineutrino ((\overline{\nu})).